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A New Electrostatic Dispersion Method for Fine Powder in Air

机译:空气中细粉的新型静电分散方法

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A new electrostatic dispersion device was designed to reduce the agglomeration of fine powder in the air. This device is using the repulse force between particles which charged the same charge to prevent the particles from reuniting. The effects of charge voltage, particle size, the distant between electrode, and moisture content on the dispersion degree of the powder are discussed. The invalidation time of the electrostatic dispersion is also highlighted in the paper. The results show that the electrostatic dispersion is an effective method for the fine powders in the air. The charge voltage is the most important parameter for the dispersion. Middle size particle got best dispersion. When the distance between the electrodes is 24cm, the dispersion degree reaches the maximum. The humidity of the powder not only affects the charge of the powder, but also affects the dispersion degree of the powder.
机译:设计了一种新的静电分散装置,以减少空气中细粉的聚集。该装置使用颗粒之间的拒绝力,该粒子带电的电荷,以防止粒子重新统一。讨论了充电电压,粒度,电极之间的差距和水分含量对粉末的分散度的影响。纸张中还突出了静电分散的无效时间。结果表明,静电分散体是空气中细粉的有效方法。电荷电压是分散的最重要参数。中尺寸的粒子得到了最佳的分散。当电极之间的距离为24厘米时,色散度达到最大值。粉末的湿度不仅影响粉末的电荷,而且影响粉末的分散度。

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